University of Maryland Master of Human-Computer Interaction Guide 2026

UMD Human-Computer Interaction Program Overview

The Master of Human-Computer Interaction at the University of Maryland’s College of Information trains students to design, evaluate, and build digital products that work for real people. In a field where user experience determines product success, the HCIM program produces graduates who bridge the gap between technical capability and human need, combining design thinking, research methodology, and implementation skills into a cohesive professional toolkit.

The 30-credit program is structured around four core courses, twelve credits of electives drawn from an extensive catalog, and a six-credit culminating experience in either a client-facing capstone project or an individual research thesis. This architecture gives students the flexibility to emphasize industry practice or academic research while maintaining a shared foundation in HCI fundamentals, interaction design, and user research methods.

Located in the greater Washington, D.C. metropolitan area, UMD’s HCIM students have access to a technology ecosystem that includes federal agencies, defense contractors, consulting firms, and a growing startup scene. The College of Information’s connections to industry partners provide a steady pipeline of capstone clients and internship opportunities that give students hands-on experience before graduation. Students exploring graduate options in related fields may find our university program guides helpful for comparing programs across institutions.

HCIM Core Curriculum and Requirements

The four required core courses provide every HCIM student with a comprehensive foundation in programming, HCI theory, interaction design, and research methods. INST 630: Introduction to Programming for the Information Professional has been redesigned to address digital implementation from an HCI standpoint, making it relevant for both beginners and experienced programmers. Notably, waivers for this course are no longer granted as of Fall 2022, underscoring its importance to the program’s pedagogical approach.

INST 631: Fundamentals of Human-Computer Interaction provides the theoretical backbone of the degree, offered once per academic year in the fall semester only. This scheduling constraint makes it essential for incoming students to plan their course sequence carefully. INST 711: Interaction Design Studio translates theory into practice, giving students hands-on experience with the design process from ideation through prototyping.

For the research methods requirement, students choose between INST 710: User Experience Research Methods and INST 798: Seminar in Research Methods and Data Analysis. INST 710 is highly recommended for students anticipating the capstone and industry careers, offering a broad, practical survey of UX methods including Contextual Inquiry and Contextual Design with team-based projects for external clients. INST 798 provides a deeper, narrower dive into specific research methods appropriate for pre-doctoral students. Students may take both courses, and INST 798 can be repeated with different topics.

All core courses require a minimum grade of B, with only one repeat attempt permitted if a student falls below this threshold. Failure to achieve a B on the second attempt triggers referral to the Students in Academic Difficulty Committee, which may result in dismissal — a policy that ensures graduates meet the program’s rigorous standards.

Elective Courses and Specialization Paths

The 12-credit elective component is where HCIM students truly differentiate their expertise. Two electives are described as essential for UX industry preparation: INST 702: Advanced Usability Testing and INST 703: Visual Design Studio. The program strongly recommends both for students targeting design and research roles at technology companies, product studios, and consultancies.

Beyond these foundational electives, the catalog spans cutting-edge topics that reflect the rapidly evolving HCI landscape. INST 728F: Generative AI in UX explores how artificial intelligence is transforming UX practice. INST 704: Inclusive Design in HCI addresses the growing demand for accessible digital products. INST 760: Data Visualization and INST 762: Visual Analytics prepare students for roles where data communication is paramount. INST 705: Game Design offers a creative lens on interaction design principles.

One-credit practical skills courses (INST 639) cover focused topics including Makerspaces, UX Strategy, Information Architecture, and Accessibility Evaluation. These micro-courses allow students to sample specialized areas without committing to a full three-credit course, and up to three can count toward the 12 elective credits. Additional options include INST 728M: UX Business Basics for students interested in the strategic side of UX, and INST 728X: Designing Technology with Older People for those focused on inclusive aging-related design.

Capstone Projects with Industry Clients

The capstone sequence (INST 775 in fall + INST 776 in spring) is the program’s signature applied experience. Students work in instructor-assigned teams on projects for real external clients who present challenging design problems or opportunities requiring comprehensive user research and iterative design. Over two semesters, teams produce product designs and interactive prototypes validated through multiple rounds of user testing and refinement.

The capstone develops competencies that extend well beyond design skills. Students apply user research methods, develop design concepts, create interaction and visual designs, build interactive prototypes, and present their work directly to industry stakeholders at multiple intervals throughout the year. End-of-semester presentations to clients are required in person, simulating the professional presentation context graduates will encounter in their careers.

Project management and collaboration skills receive equal emphasis, as teams must coordinate complex workflows, manage client expectations, and navigate the interpersonal dynamics of cross-functional teamwork. The resulting portfolio piece — a major UX project with real-world impact — becomes a centerpiece of graduates’ professional portfolios and a powerful differentiator in competitive job markets. Capstone work is also eligible for public discussion and formal presentation at college events.

Thesis Option for Research Careers

Students planning doctoral study or research-oriented careers can opt for the thesis path (INST 799), completing 6 credits of individual research supervised by a faculty advisor across fall and spring semesters. The thesis is expected to be approximately 75 pages and of publishable quality, with standard sections covering introduction, prior work, methods, results, discussion, and contributions.

The thesis timeline begins in the spring of the first year with speculative proposal development and advisor identification, continues through summer registration and fall research, and concludes with committee nomination, oral defense, and ETD submission in the spring of the second year. Research involving human subjects requires IRB approval and CITI Training completion, adding an important ethical dimension to the research process.

The thesis committee consists of at least three members, with the chair typically serving as the student’s advisor. The oral defense is open to the university community, and all committee members must give passing votes for the student to succeed. This rigorous evaluation process ensures that thesis graduates demonstrate independent research capability at a level appropriate for doctoral program admission. Students pursuing the research path are encouraged to focus their electives on methods courses, including statistics, to build the analytical toolkit needed for academic careers.

Admission Requirements and Application Process

Admission to the HCIM program requires a bachelor’s degree from an accredited institution with demonstrated aptitude for design thinking, technology, and human-centered problem solving. While no specific undergraduate major is required, successful applicants typically show evidence of relevant coursework, portfolio work, or professional experience in design, computer science, psychology, information science, or related fields.

The application package includes official transcripts, a statement of purpose, letters of recommendation, a resume, and often a portfolio showcasing design work or relevant projects. International applicants must meet English proficiency requirements, and F-1 visa holders should note that only one online course can count toward full-time enrollment per semester — an important consideration when planning course loads.

The Graduate School permits transferring up to 6 graduate credits from other institutions, provided the courses were not used toward a previous degree. A single relevant 400-level undergraduate course may be taken for graduate credit, though no additional undergraduate-level courses count toward the degree. These policies offer modest flexibility for students who have completed relevant graduate coursework elsewhere, including at institutions in the University System of Maryland or Washington Consortium member schools.

Tuition, Financial Aid, and Student Support

Tuition for the HCIM program is charged per credit at standard College of Information rates. Full-time status requires 48 units per semester, which translates to approximately 8 credits of 600-level coursework. Graduate assistants with 20-hour weekly appointments achieve full-time status with only 24 units (roughly 4 credits) plus their assistantship, making assistantships a valuable route to both professional experience and financial support.

Financial aid is available through UMD’s Office of Financial Aid, and the College of Information maintains information on scholarships and funding opportunities specific to its programs. Students should explore assistantship opportunities within the college and across the university, as these positions provide tuition support, stipends, and valuable work experience in research, teaching, or administrative contexts.

Maryland resident tuition rates offer significant savings compared to out-of-state fees, and students may pursue residency reclassification through the university’s established process. The 5-year completion window allows part-time students to distribute costs across a longer timeline without academic penalty. For students comparing financial structures across HCI and related programs, our university program guides provide useful benchmarks.

Career Outcomes in UX Design and Research

HCIM graduates enter one of the most in-demand fields in the technology sector. The program’s four learning outcomes — design competencies, research and evaluation, UX strategy, and professional competencies — map directly to the skill sets employers seek for UX designer, UX researcher, interaction designer, product designer, and information architect positions. The emphasis on both qualitative and quantitative methods ensures graduates can contribute across the full UX research and design lifecycle.

The capstone’s industry client projects serve as portfolio centerpieces and networking catalysts. Students regularly present to hiring managers and design leaders at sponsoring companies, creating relationship pipelines that frequently lead to employment offers. The Washington, D.C. location adds federal agencies, defense contractors, and government-adjacent technology firms to the more typical startup and big-tech career paths available in coastal technology hubs.

For students choosing the thesis path, the program serves as an effective launch pad for doctoral studies at top HCI research programs. The combination of rigorous methods training, independent research experience, and faculty mentorship positions thesis graduates to compete successfully for PhD admissions at institutions where HCI research drives innovation in accessibility, AI interaction, health informatics, and social computing. The program’s emphasis on collaboration and communication skills ensures that regardless of career direction, graduates can effectively advocate for user-centered design in cross-functional professional settings.

Student Experience and Professional Development

The summer between the first and second year is strategically positioned for professional development through internships, faculty research projects, volunteering, or independent technical study. While these activities do not earn degree credits, they are essential for portfolio building and capstone preparation. The university distributes a Summer Activities Survey each spring and connects students with opportunities through the University Career Center and the Handshake platform.

Academic advising is provided through the College of Information’s Graduate Student Services office, accessible by phone, email, or in person. The U.achieve degree auditing system gives students real-time visibility into their progress toward completion. International students receive dedicated support from International Student and Scholar Services, including guidance on CPT and OPT employment authorization that is critical for practical experience and post-graduation work eligibility.

Student governance opportunities include representation on the College Assembly, Program Committees, and the University Senate, giving HCIM students a meaningful voice in shaping the academic environment. The College of Information’s location in the Hornbake Building provides accessible facilities with elevators and ramps, and the university’s Accessibility and Disability Service coordinates accommodations for students who need them. These structural supports ensure that the HCIM experience is inclusive and navigable for all students regardless of personal circumstances.

How UMD HCIM Compares to Peer Programs

UMD’s HCIM program occupies a distinctive niche in the HCI graduate education landscape. Unlike programs housed in computer science departments that emphasize technical implementation, or those in design schools that focus primarily on visual and interaction aesthetics, UMD’s placement within the College of Information creates a balanced curriculum that integrates research methods, design practice, strategic thinking, and technical skills in roughly equal measure.

The pre-approved external course list is unusually broad for an HCI program, spanning departments from Computer Science (CMSC 730: Interactive Technologies in HCI, CMSC 838C: Advances in XR) to Engineering (ENPM 645: Human-Robot Interaction), Psychology (PSYC 779A: Human Performance Theory), and even Journalism (JOUR 668U: Virtual Production Using Unreal Engine). This cross-campus access enables specialization paths that would be difficult to construct at institutions with more siloed graduate programs.

The dual-track capstone/thesis option provides flexibility that many peer programs lack. Programs at Carnegie Mellon, Georgia Tech, and the University of Washington each have their own strengths, but UMD’s combination of industry-connected capstone projects, inter-institutional registration within the University System of Maryland and Washington Consortium, and proximity to the federal technology sector creates a value proposition that is difficult to replicate elsewhere. For students prioritizing career flexibility, the program’s emphasis on both design competencies and research skills ensures graduates are not locked into a single professional trajectory. The ability to explore related programs, including UMD’s own MLIS program, adds further options for interdisciplinary study.